Cells measure a vast variety of signals, from their environment's stiffness to chemical
concentrations and gradients; physical principles strongly limit how accurately they can do …

In diverse developmental contexts, certain cells must migrate to fulfill their roles. Many
questions remain unanswered about the genetic and physical properties that govern cell …

Groups of eukaryotic cells can coordinate their crawling motion to follow cues more
effectively, stay together, or invade new areas. This collective cell migration depends on cell …

Migratory cells exhibit a variety of morphologically distinct responses to their environments
that manifest in their cell shape. Some protrude uniformly to increase substrate contacts …

Here, we investigate how a subpopulation of cells can move through an aggregate of cells.
Using a stochastic force-based model of Dictyostelium discoideum when the population is …

Eukaryotic cells sense chemical gradients to decide where and when to move. Clusters of
cells can sense gradients more accurately than individual cells by integrating measurements …

The coalescence of droplets is essential in a host of biological and industrial processes,
where it can be a crucial limiting factor and a convenient tool to probe material properties …

It is well known that cells exhibit a variety of morphologically distinct responses to their
environments that manifest in their cell shape. Some protrude uniformly to increase …